Stone-Like Material Working Tools TRIZ Cases

Indexed recesses, a spring-loaded stem, and a handle lock the ceramic cutting tool at preset heights to prevent slipping during adjustment.

Transverse cutting heads shift and raise or lower during return strokes, cutting ceramic articles faster without stop-and-reverse downtime.

A longitudinal groove and rod appendage guide the tool into position, preventing improper fitting and preserving alignment during mounting.

Transverse slider movement lifts the break support via an inclined plane, applying consistent force along the notch without complex vertical linkages.

Adjacent coaxial discs with tapered segments create rounded masonry grooves while reducing dust and waste generation.

Asymmetric jet arrangement and periodic cooling cycles reduce thermal shocks and micro-fractures during stone flaming.

A steel support element bridges the carbide body at the suction bore to absorb central impacts, reducing resonance oscillations that shorten service life.

A marble tile cutting machine uses a horizontal blade to detach thin slabs from stone blocks.

A spring element floor grinding machine adjusts deflection and load to vary processing intensity on diverse surfaces.

A hydraulic splitting device uses a pressure intensifier to boost inlet pressure for the piston-cylinder unit.

A guide carriage links its undercarriage wheels to the wall saw feed motor gear, eliminating anchor drilling and reducing setup time.

Horizontal rotation of the auxiliary tool unit prevents interference with stone slabs during cutting operations and protects mechanisms from water exposure.

Intermediate temperature curing with a ternary peroxide initiator ensures complete crosslinking while minimizing residual styrene and BTEX emissions.

Adjustable tool carrier enables vertical movement of the engraving tool relative to the guiding bar for precise tile cutting.

A rectilinear guiding bar uses yielding high-friction supports to stabilize engraving tools on planar slabs without mechanical clamps.

A class 1 lever with a cam releases coupling elements to reduce separation force for one-handed operation.

Integrating diamond drilling and high-pressure water cutting in one rotary head prevents abrasive scratches on glass surfaces.

A multiaxial machine tool uses a rotatable secondary beam to position processing heads for stone slab work.

A dual table slab processing machine uses a 5-axis machining head to cut stone slabs upside down on vacuum pods.

A wall groove milling cutter uses coaxially arranged cutting discs of varying diameters to shape complex masonry profiles.

A long-bladed bolster positions a central blade on concrete masonry units for single-pass cutting.

High voltage lithium battery pack powers electric motor to enable indoor concrete cutting without exhaust emissions or external power lines.

A tile saw uses a pivoting support arm to reposition the blade assembly for versatile cutting tasks.

Segmented elastic tool arrays shape brick edges and surfaces, resolving the trade-off between aggressive edge breaking and controlled bulbous forming.

Contoured cutting segments with asymmetric profiles increase cutting pressures to expose diamond particles in concrete saw chains.

A tile cutter base beam supports the breaking mechanism to generate precise torque.

Coupled guide means synchronize column height to reduce manual force by 80%.

Integrating drilling units on a movable lifting beam eliminates separate handling phases, allowing hole formation at any position along the product length.

An asymmetric U-shaped support surface and optimized handle angle improve chest-height maneuverability while preserving cutting precision.

Guide liner pipes contain the diamond wire to prevent blockage in coarse strata while motorized tractors maintain tension for straight horizontal cuts.

Telescopic boom extensions and self-adjusting saw carriages resolve setup time conflicts while maintaining precise cutting alignment.

A rotating removal unit combines impact disc groups for brittle material and cutting bases for ductile components.

Guide groove and adjusting assembly realign the dust-proof cover to prevent main body inclination, ensuring consistent grinding precision despite disk wear.

Multi-axis splitting blades divide masonry blocks into sections during a single compression cycle, eliminating sequential processing steps.

Circular motion of the grinding wheel assembly expands usable cutting area, reducing labor intensity for large floor processing tasks.

A machine tool mounts a cutting disc and an engraving tool on a shared support head for flexible slab processing.

Cable transmission synchronizes upper and lower blades to create aligned notches, eliminating manual alignment errors.

A collapsible handle with a toothed actuator mechanism drives the separator in manual ceramic cutters.

Vacuum resin penetration consolidates stone slabs by forcing material into internal cracks, eliminating complex excess removal systems.

Fixed chisel bits extend past the drum edge to gather debris into helical flights.

Segmented towers and guide reinforcements allow disassembly for transport, resolving the trade-off between cutting force resistance and machine weight.

Varying geometric profiles at the retainer distal end create sealed areas that prevent debris entry, reducing friction and extending bit assembly life.

A tile cutter uses a control flank arrangement to lower the breaker jaw device after scoring.

A vibration device sets a stone support in motion to age peripheral edges through impact against angled abutment surfaces.

An oscillating frame moves the blade along a curved trajectory, distributing load and preventing breakage.

A portable shear blade apparatus cuts polymeric paver bricks using a mechanical advantage device, eliminating noise and dust from powered saws.

Mobile supports prevent guide bending during short-piece cutting, ensuring accurate scoring depth and straightness.

A tile cutter features a pivotally mounted cutting head assembly that moves between standby, cutting, and received positions.